Sliding door with anti-sway trolley assembly
View Patent ↗The present invention provides at least one anti-sway trolley assembly used in conjunction with either a single sided partition set or sandwiched between first and second partition side in a double sided partition set. The anti-sway trolley assembly comprises a floating rod affixed at a first end to a trolley. Affixed at a rod second end is a floor contact member which provides frictional resistance to lateral displacement of the door. Each anti-sway trolley assembly rides in a chain guide and is affixed to a partition hinge rod. In this manner, a floor channel is not required to achieve resistance to lateral displacement forces.
1. An anti-sway trolley assembly comprising:
a trolley translationally engaging a guide mounted to a door opening, the trolley affixed to a floating rod at a first end;
a hinging partition translationally engaged to the guide comprising a first partition side; the floating rod affixed to the first partition side at a hinge; and
a bottom assembly affixed to the floating rod at a second end;
wherein the bottom assembly comprises a first member attached to the floating rod second end and a second member urgedly attached to the first member, the second member urging a floor contact member; the guide comprises a track and a chain guide; the hinging partition translationally engages the track and the trolley translationally engages the chain guide.
2. The anti-sway trolley assembly of claim 1 wherein the trolley comprises a plurality of rollers mounted to a frame engaging a guide inner channel; a bearing mounted to the underside of the frame, the bearing extending beyond a frame side engaging a side wall of the guide inner channel; and a receiving member receiving the floating rod first end.
3. The anti-sway trolley assembly of claim 1 further comprising a spring positioned between the first and second member urging the floor contact member.
4. The anti-sway trolley assembly of claim 1 wherein the partition further comprises a second partition side; the floating rod positioned between the first and second partition sides and affixed to the first partition side; the second partition side free of the floating rod.
5. A hinging partition apparatus comprising:
a track and a chain guide mounted to a door opening;
a chain pulley receiving a powered loop of chain;
a hinging partition translationally engaged to the track;
a lead trolley assembly adapted for translational movement and attachment to a lead partition;
the powered loop of chain operatively connecting the chain pulley and lead trolley assembly; and
an anti-sway trolley assembly adapted for translational movement within the chain guide,
wherein the anti-sway trolley assembly comprises an anti-sway trolley translationally engaging the chain guide, the trolley affixed to a floating rod at a floating rod first end; and a bottom assembly affixed to the floating rod at a floating rod second end; wherein the bottom assembly comprises an urged floor contact member and the floating rod is affixed to the hinging partition at a hinge; the hinging partition comprising a first partition side; the floating rod affixed to the first partition side.
6. The hinging partition apparatus of claim 5 wherein
the anti-sway trolley comprises a plurality of rollers mounted to a frame engaging a track chain guide inner channel; a bearing mounted to the underside of the frame, the bearing extending beyond a frame side engaging a side wall of the chain guide inner channel; and a receiving member receiving the floating rod first end; and
the bottom assembly comprises a first member attached to the floating rod second end and a second member urgedly attached to the first member urging the floor contact member.
7. The hinging partition apparatus of claim 6 further comprising a spring positioned between the first and second member.
8. The hinging partition apparatus of claim 7 wherein the floor contact member is a caster.
9. The hinging partition apparatus of claim 6 wherein a plurality of anti-sway trolley assemblies are located about every 3 to about every 4 feet along the hinging partition.
10. The hinging partition apparatus of claim 6 wherein a plurality of anti-sway trolley assemblies are located about every 3.5 feet along the hinging partition.
11. The hinging partition apparatus of claim 7 wherein the floating rod is affixed to the hinging partition with a bolt and nut.
12. The hinging partition apparatus of claim 5 wherein the hinging partition further comprises a second partition side; the floating rod is positioned between the first and second partition sides and affixed to the first partition side; the second partition side free of the floating rod.
13. A method limiting the movement of a hinging partition lateral to a direction normal to a floor comprising the steps of:
a. installing a guide to a door opening;
b. installing an anti-sway trolley assembly to the guide; and
c. installing the hinging partition to the anti-sway trolley assembly and guide;
wherein
the anti-sway trolley assembly comprises
a trolley translationally engaging the guide, the trolley affixed to a floating rod at a first end;
the hinging partition translationally engaged to the guide comprising a first partition side; the floating rod affixed to the first partition side at a hinge; and
a bottom assembly affixed to the floating rod at a second end;
wherein the bottom assembly comprises a first member attached to the floating rod second end and a second member urgedly attached to the first member, the second member urging a floor contact member against the floor; the guide comprises a track and a chain guide; the hinging partition translationally engages the track and the trolley translationally engages the chain guide.
14. The method of claim 13 wherein the trolley comprises a plurality of rollers mounted to a frame engaging a guide inner channel; a bearing mounted to the underside of the frame, the bearing extending beyond a frame side to engage a side wall of the guide inner channel; and a receiving member receiving the floating rod first end.
15. The method of claim 13 further comprising a spring positioned between the first and second member urging the floor contact member against the floor.
16. The method of claim 13 wherein the floating rod is affixed to the partition through a partition hinge rod.
17. The method of claim 13 wherein the wherein the hinging partition further comprises a second partition side; the floating rod is positioned between the first and second partition sides and affixed to the first partition side; the second partition side free of the floating rod.
18. The anti-sway trolley of claim 1 wherein the floating rod is affixed to the partition through a partition hinge rod.
19. The hinging partition apparatus of claim 5 wherein the floating rod is affixed to the partition through a partition hinge rod.